THE CURRENT
Keeping a pulse on data-driven innovation across critical infrastructure.
The 5 Biggest Challenges in Managing Microgrid Fleets
Microgrid fleet management introduces a specific set of operational challenges that aren't a problem for a single-site operation. This article explores the five most common issues fleet operators run into as they scale including fragmented visibility, ineffective remote troubleshooting, cybersecurity exposure, compliance, and coordinated decision-making across distributed sites.
Why Legacy SCADA Is Becoming a Liability for Microgrid Fleet Operators
Legacy SCADA was designed for fixed, localized infrastructure, not the heterogeneous, distributed energy systems that the Industrial Internet of Things (IIoT) has introduced and that are reshaping the grid. As a result, it is fundamentally misaligned with the operational demands of modern microgrids.
Keyfive 2026: Q1 Build Brief
Keyfive’s Q1 tech and reature releases highlight platform upgrades that make industrial operations faster, safer, and easier to scale. Together, these updates give operators more real-time visibility, tighter control, and a more resilient foundation for managing connected assets at scale.
How Operational Data and Digital Twins Drive Business Reliability and Performance
Companies collect more operational data than ever, yet as much as 90% of IoT sensor data goes unused. Here's how digital twins turn it into reliability intelligence that anticipates failures instead of just reporting them.
What CERAWeek Revealed About AI, Energy Demand, and the Future of the Grid
Keyfive was on the ground at CERAWeek 2026 learning more about how AI and operational data are reshaping the energy sector.
Your Operational Data Is Intellectual Property — Start Treating It Like It
Your operational data shouldn’t be treated as just an operational byproduct. It’s a rich source of defensible intellectual property — if managed correctly. Keyfive helps organizations structure, protect, and develop strategic IP from operational data that competitors can’t replicate.
How Asset Performance Management Software Turns Your Sensors Into an Actionable AI Platform
Most organizations collect massive volumes of sensor data, yet never unlock its full potential. Asset Performance Management software transforms IoT sensor data into system-level intelligence and will empower your your organization with predictive maintenance, real-time visibility, and proactive operational optimization.
Evaluate Your Data Foundation with our Reliability Self-Assessment
Operational data problems show up as dashboards that don’t reconcile, inconsistent definitions across teams, and constant manual cross-checking. Take our free assessment to score your data reliability and get clear next steps before you scale automation or AI.
Five Signs Your Operational Data is Unreliable (and What to Do About It)
Before you layer AI, automation, or fleet-wide optimization onto your critical infrastructure, it’s worth pressure-testing your foundation.
When IT Meets OT: The Challenge of Connecting Cabinets to Cloud
Why do IT/OT convergence projects stall? Explore the real obstacles, from legacy OT protocols and cybersecurity boundaries to upgrade cycles, governance, and data integrity.
Build vs. Buy: An AI Field Guide for Energy & Manufacturing Leaders
Leaders succeed with AI in energy and manufacturing by pairing proven platforms with targeted, domain-specific builds grounded in clean, governed OT/IT data.
This July 4th, Let’s Think Bigger About Energy Freedom
Energy independence isn’t just about making sure the lights stay on or the energy costs stay low. It’s about knowing how your energy is created and used, when to act, and what’s coming next. True autonomy comes from insight, visibility, and the ability to respond with purpose, not guesswork.
Think Before You Beep: Designing System Alerts with Context, Not Just AI
Stop drowning in false alarms. As AI-powered monitoring expands across industrial operations, alert fatigue is threatening productivity, safety, and trust. The solution isn’t more sensors—it’s smarter systems.
From Deregulation to Digital Transformation: How Domestic Energy Policy Drives Traditional Power System Innovation
Recent executive orders prioritizing domestic energy production and deregulation are driving competition and modernization, with AI emerging as an essential tool for the evolving energy landscape.
Data Integrity: Building Trust in Tomorrow's Power Grid
As we integrate AI and smart technologies within grid and renewable energy infrastructure, data integrity is required to maintain efficiency, prevent failures, and build confidence in the system’s performance.
Renewable Energy in Data Centers: Drivers, Challenges, and Solutions
The rapid growth of data centers, driven by advancements in AI and electrification, is leading to an overwhelming demand for electricity. The U.S. Department of Energy sees the rising demand as a catalyst for expanding renewable energy production, though the road is long ahead.
Keyfive Partners with Eagle Point Funding to Unlock Federal Non-Dilutive Funding
Keyfive has entered a strategic partnership with Eagle Point Funding, a leader in securing non-dilutive funding from U.S. Federal agencies.
Five Key Takeaways from YOTTA 2024
Yotta 2024 boasted the latest advancements in data center technologies, addressing key challenges such as energy consumption, digital transformation, and the integration of renewable energy. Here are five key takeaways from our experts at the conference.
Leveraging Microgrids in Rural Communities
When deployed and operated with advanced digital twin technologies, microgrids hold great potential in reducing costs, ensuring sustainable power, and providing energy independence to remote communities.
Weathering the Storm with Advanced Microgrid Technologies
As the U.S. power grid faces increasing threats from severe weather and aging infrastructure, communities are turning to microgrids for energy independence and resilience.